NSG-FLT3-IL15: A More Comprehensive Immune Humanized Model for Natural Killer Cells
In this presentation, we introduce The Jackson Laboratory’s most comprehensive immune humanized mouse platform to date: NSG- FLT3-IL15.
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Learn. Engage. Connect.
In this presentation, we introduce The Jackson Laboratory’s most comprehensive immune humanized mouse platform to date: NSG- FLT3-IL15.
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During this webinar, we discuss best practices for model selection, study design, and experimental reproducibility.
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During this presentation, we discuss important experimental planning considerations to help ensure the efficiency and reproducibility of your aging studies.
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During this webinar, we discuss the strengths and limitations of popular mouse models of human type 2 diabetes, obesity, and metabolic dysfunction-associated steatohepatitis (MASH).
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Learn about an immune humanized model of irritable bowel disease (IBD) used to investigate the mechanism of action and evaluate the therapeutic efficacy of interleukin-2 in treating ulcerative colitis
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In this webinar, we discuss strains available from JAX that have yielded insight into lupus, psoriasis, Type I Diabetes, and Multiple Sclerosis.
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A study developed PBMC-engrafted NSG mouse models to assess CRS in vivo, demonstrating that these models are rapid, sensitive, and reproducible platforms for screening novel therapeutics for CRS.
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The Jackson Laboratory has developed a computer vision-based method to accurately and continuously measure mouse body mass.
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During this webinar, you will learn about the Cre-lox system. A widely used, modular technology that allows for spatially and temporally controlled genetic modifications.
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JAX Study Director Aaron Rose, Ph.D., explores how biological therapeutics are reshaping the drug development process and why humanized models are essential for advancing biologics programs.
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Join the JAX In Vivo Services team as they share insights from extensive neurobiology drug discovery studies conducted for both academic and commercial clients.
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This webinar is an exclusive behind-the-scenes look at JAX’s precise genetic engineering and high-throughput characterization of our human induced pluripotent stem cell (iPSC) lines.
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